The authors have studied the ESR of a concentrated spin glass as a function of temperature and applied an AC microwave field. On increasing this field beyond a certain small value, a shift in the resonance position and a non-linear increase in its intensity was found. The authors note some qualitative similarities between these effects and both plastic flow and depinning of charge and spin density waves
An ESR study on amorphous FexNi80-xP20 alloys was performed at 1.1 Ghz and 9.3 GHz, where x=8, 10, a...
The linear and non-linear susceptibilities of a spin-glass Eu 0.4Sr0.6S system have been measured in...
The authors have investigated the linear and the non-linear AC susceptibilities of a Pd-Mn spin glas...
The authors have studied the ESR of a concentrated spin glass as a function of temperature and appli...
We present measurements between 1.2 and 4.2 K, of the AC susceptibility from 93 Hz to 109 kHz, and o...
Exploiting the high angular resolution of high field electron paramagnetic resonance measured at 95,...
Non-linear ESR schemes can be devised with high sensitivity to slow time scales. The glass transitio...
The Bloch-Hasegawa theory for the ESR of magnetic alloys is adapted and extended to spin glasses in ...
The ternary compound HoRhySnz shows a frequency dependence of the susceptibility like a spin glass. ...
The intensity of optically detected ESR (OD ESR) signals from radical-ion pairs in solution under io...
We have determined the resonance frequency ω versus resonant field H diagram for CuMn with Mn concen...
The reorientation of spin probes with very different aspect ratios, dissolved in a polymeric liquid ...
The non-linear ESR response of a paramagnetic system to multiple irradiation provides a powerful too...
The electron resonance on Eu2+ in a single crystal of the insulating spin glass Eu0.4Sr0.6S has been...
The electrical resistance of the archetypal spin glass CuMn is surprisingly sensitive to small chan...
An ESR study on amorphous FexNi80-xP20 alloys was performed at 1.1 Ghz and 9.3 GHz, where x=8, 10, a...
The linear and non-linear susceptibilities of a spin-glass Eu 0.4Sr0.6S system have been measured in...
The authors have investigated the linear and the non-linear AC susceptibilities of a Pd-Mn spin glas...
The authors have studied the ESR of a concentrated spin glass as a function of temperature and appli...
We present measurements between 1.2 and 4.2 K, of the AC susceptibility from 93 Hz to 109 kHz, and o...
Exploiting the high angular resolution of high field electron paramagnetic resonance measured at 95,...
Non-linear ESR schemes can be devised with high sensitivity to slow time scales. The glass transitio...
The Bloch-Hasegawa theory for the ESR of magnetic alloys is adapted and extended to spin glasses in ...
The ternary compound HoRhySnz shows a frequency dependence of the susceptibility like a spin glass. ...
The intensity of optically detected ESR (OD ESR) signals from radical-ion pairs in solution under io...
We have determined the resonance frequency ω versus resonant field H diagram for CuMn with Mn concen...
The reorientation of spin probes with very different aspect ratios, dissolved in a polymeric liquid ...
The non-linear ESR response of a paramagnetic system to multiple irradiation provides a powerful too...
The electron resonance on Eu2+ in a single crystal of the insulating spin glass Eu0.4Sr0.6S has been...
The electrical resistance of the archetypal spin glass CuMn is surprisingly sensitive to small chan...
An ESR study on amorphous FexNi80-xP20 alloys was performed at 1.1 Ghz and 9.3 GHz, where x=8, 10, a...
The linear and non-linear susceptibilities of a spin-glass Eu 0.4Sr0.6S system have been measured in...
The authors have investigated the linear and the non-linear AC susceptibilities of a Pd-Mn spin glas...